Cellulose decrystallization was nearly complete at 0 degrees C in less than 2 hours. TFA used for cellulose decrystallization was recycled via a vacuum process. The residual TFA in cellulose was diluted by adding water to form a 0.5% TFA solution and used as a catalyst for hydrolysis. The glucose yield reached 63% in 30 minutes at 175 degrees C in a batch reactor. This yield was four times higher than that from the hydrolysis of untreated cellulose using 0.5% H2SO4 under identical conditions. Alternatively, the residual TFA can be completely removed by washing with water leaving the regenerated cellulose in a highly amorphous state. Regenerated amorphous cellulose is much more reactive than untreated cellulose in hydrolysis reactionsclose11
The kinetics of cellulose hydrolysis under extremely low acid (ELA) conditions (0.07 wt%) and at tem...
Cellulose was hydrolyzed using a novel biphasic system consisting of water and an acidic and hydroph...
Enzymatic hydrolysis of microcrystalline cellulose is a multistep heterogeneous reaction limited by ...
A two-step acid-catalyzed hydrolysis methodology is established to effectively hydrolyze cellulose t...
Cellulose hydrolysis processes using concentrated acid usually involve two steps in order to obtain ...
An oxidation-hydrolysis strategy was developed for depolymerization of cellulose. Part of the hydrox...
The most common renewable fuel is ethanol. It is a liquid produced by fermentation of glucose which ...
Ethanol extracted from cellulose has attracted considerable attention and previous studies have show...
The energy needs are increasing rapidly throughout the world. To fulfill this need, new environmenta...
Abstract Background The crystallinity of cellulose is a principal factor limiting the efficient hydr...
As cellulose is the main polysaccharide in biomass, its degradation into glucose is a major undertak...
The most common renewable fuel is ethanol. It is a liquid produced by fermentation of glucose whic...
The acidic hydrolysis of cellulose to glucose followed by its subsequent fermentation to ethanol has...
Cellulose is a major source of glucose because it is readily available, renewable, and does not comp...
Given the cost of cellulosics (quasi-homogeneous residual feeds range in North America, between US$6...
The kinetics of cellulose hydrolysis under extremely low acid (ELA) conditions (0.07 wt%) and at tem...
Cellulose was hydrolyzed using a novel biphasic system consisting of water and an acidic and hydroph...
Enzymatic hydrolysis of microcrystalline cellulose is a multistep heterogeneous reaction limited by ...
A two-step acid-catalyzed hydrolysis methodology is established to effectively hydrolyze cellulose t...
Cellulose hydrolysis processes using concentrated acid usually involve two steps in order to obtain ...
An oxidation-hydrolysis strategy was developed for depolymerization of cellulose. Part of the hydrox...
The most common renewable fuel is ethanol. It is a liquid produced by fermentation of glucose which ...
Ethanol extracted from cellulose has attracted considerable attention and previous studies have show...
The energy needs are increasing rapidly throughout the world. To fulfill this need, new environmenta...
Abstract Background The crystallinity of cellulose is a principal factor limiting the efficient hydr...
As cellulose is the main polysaccharide in biomass, its degradation into glucose is a major undertak...
The most common renewable fuel is ethanol. It is a liquid produced by fermentation of glucose whic...
The acidic hydrolysis of cellulose to glucose followed by its subsequent fermentation to ethanol has...
Cellulose is a major source of glucose because it is readily available, renewable, and does not comp...
Given the cost of cellulosics (quasi-homogeneous residual feeds range in North America, between US$6...
The kinetics of cellulose hydrolysis under extremely low acid (ELA) conditions (0.07 wt%) and at tem...
Cellulose was hydrolyzed using a novel biphasic system consisting of water and an acidic and hydroph...
Enzymatic hydrolysis of microcrystalline cellulose is a multistep heterogeneous reaction limited by ...